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Theoretical Knowledge
Vyacheslav Stepin
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| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2005 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-1-4020-3045-1
ISBN electrónico
978-1-4020-3046-8
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2005
Información sobre derechos de publicación
© Springer 2005
Cobertura temática
Tabla de contenidos
Scientific Cognition in a Sociocultural Context
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 1-43
Structure of Theoretical Knowledge
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 45-90
The Foundations of Science
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 91-152
Genesis of Theoretical Knowledge in Classical Science
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 153-205
Formation and Development of Theory in Non-Classical Science
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 207-282
Scientific Revolutions
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 283-340
Strategies of Theoretical Investigation in the Epoch of Post-Non-Classical Science
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 341-372
Strategies of Theoretical Investigation in the Epoch of Post-Non-Classical Science
Vyacheslav Stepin
We suggest to extend the well-known method of Tedrow and Meservey to investigate spin polarization in ferromagnets. Namely, metals and superconductors partially gapped by charge-density waves (CDWs) are proposed as counter-electrodes instead of ordinary superconductors. Differential conductances for the quasiparticle tunnel currents in external magnetic fields are calculated. The results are substantially different from those for ordinary superconductors.In particular, current-voltage characteristics are nonsymmetrical even for =0.
Pp. 373-379